Media coverage
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Media coverage
Title Schutz aus unerwarteter Quelle Degree of recognition International Media name/outlet Bionity.com Media type Web Date 15/03/2024 Description In einer neuen Publikation, die Anfang März in PNAS veröffentlicht wurde, berichten Anna Koslová, Matthias Fischer und Kolleg*innen vom Max-Planck-Institut für medizinische Forschung sowie Thomas Hackl von der Universität Groningen, dass endogene Virophagen im marinen Zooplankter Cafeteria burkhardae reaktiviert werden, wenn ihr Wirt auf ein Riesenvirus trifft. In ihrer Studie analysierten sie diesen Prozess bei der Infektion mit dem lytischen Riesenvirus CroV. URL https://www.bionity.com/de/news/1182957/schutz-aus-unerwarteter-quelle.html Persons Thomas Hackl Title Protection from an unexpected source Degree of recognition International Media name/outlet Innovations Report Media type Web Country/Territory Germany Date 15/03/2024 Description In a new paper published in PNAS at the beginning of March, Anna Koslová, Matthias Fischer and colleagues from the Max-Planck-Institute for Medical Research and Thomas Hackl from the University of Groningen report that endogenous virophages in the marine zooplankter Cafeteria burkhardae are reactivated when their hosts encounter a giant virus. In their study, they analyzed reactivation towards the lytic giant virus CroV. URL https://www.innovations-report.com/life-sciences/protection-from-an-unexpected-source/ Persons Thomas Hackl Title Protection from an unexpected source Degree of recognition International Media name/outlet Bionity.com Media type Web Country/Territory United Kingdom Date 15/03/2024 Description In a new paper published in PNAS at the beginning of March, Anna Koslová, Matthias Fischer and colleagues from the Max-Planck-Institute for Medical Research and Thomas Hackl from the University of Groningen report that endogenous virophages in the marine zooplankter Cafeteria burkhardae are reactivated when their hosts encounter a giant virus. In their study, they analyzed reactivation towards the lytic giant virus CroV. URL https://www.bionity.com/en/news/1182957/protection-from-an-unexpected-source.html Persons Thomas Hackl Title Protection contre une source inattendue Degree of recognition International Media name/outlet Bionity.com Media type Web Country/Territory France Date 15/03/2024 Description Dans un nouvel article publié dans PNAS début mars, Anna Koslová, Matthias Fischer et leurs collègues du Max-Planck-Institute for Medical Research et Thomas Hackl de l'université de Groningue rapportent que les virophages endogènes du zooplancton marin Cafeteria burkhardae sont réactivés lorsque leurs hôtes rencontrent un virus géant. Dans leur étude, ils ont analysé la réactivation face au virus géant lytique CroV. URL https://www.bionity.com/fr/news/1182957/protection-contre-une-source-inattendue.html Persons Thomas Hackl Title Schutz aus unerwarteter Quelle Degree of recognition International Media name/outlet VBiO Media type Web Country/Territory Germany Date 14/03/2024 Description In einer neuen Publikation berichten Anna Koslová, Matthias Fischer und Kolleg*innen vom Max-Planck-Institut für medizinische Forschung sowie Thomas Hackl von der Universität Groningen, dass endogene Virophagen im marinen Zooplankter Cafeteria burkhardae reaktiviert werden, wenn ihr Wirt auf ein Riesenvirus trifft. In ihrer Studie analysierten sie diesen Prozess bei der Infektion mit dem lytischen Riesenvirus CroV. Producer/Author MPI URL https://www.vbio.de/aktuelles/details/wissenschaft/schutz-aus-unerwarteter-quelle Persons Thomas Hackl Title Schutz aus unerwarteter Quelle Degree of recognition International Media name/outlet Science-Online.org Media type Web Country/Territory Germany Date 13/03/2024 Description In einer neuen Publikation, die Anfang März in PNAS veröffentlicht wurde, berichten Anna Koslová, Matthias Fischer und Kolleg*innen vom Max-Planck-Institut für medizinische Forschung sowie Thomas Hackl von der Universität Groningen, dass endogene Virophagen im marinen Zooplankter Cafeteria burkhardae reaktiviert werden, wenn ihr Wirt auf ein Riesenvirus trifft. In ihrer Studie analysierten sie diesen Prozess bei der Infektion mit dem lytischen Riesenvirus CroV. Producer/Author MPI URL https://science-online.org/schutz-aus-unerwarteter-quelle/ Persons Thomas Hackl Title Schutz aus unerwarteter Quelle Degree of recognition International Media name/outlet Informations Dienst Wissenschaft Media type Web Country/Territory Germany Date 13/03/2024 Description In einer neuen Publikation, die Anfang März in PNAS veröffentlicht wurde, berichten Anna Koslová, Matthias Fischer und Kolleg*innen vom Max-Planck-Institut für medizinische Forschung sowie Thomas Hackl von der Universität Groningen, dass endogene Virophagen im marinen Zooplankter Cafeteria burkhardae reaktiviert werden, wenn ihr Wirt auf ein Riesenvirus trifft. In ihrer Studie analysierten sie diesen Prozess bei der Infektion mit dem lytischen Riesenvirus CroV. Producer/Author MPI - Carola Ronellenfitsch URL https://idw-online.de/de/news830215 Persons Thomas Hackl Title Schutz aus unerwarteter Quelle Degree of recognition International Media name/outlet DeutschesGesundheitsPortal Media type Web Country/Territory Germany Date 13/03/2024 Description In einer neuen Publikation, die Anfang März in PNAS veröffentlicht wurde, berichten Anna Koslová, Matthias Fischer und Kolleg*innen vom Max-Planck-Institut für medizinische Forschung sowie Thomas Hackl von der Universität Groningen, dass endogene Virophagen im marinen Zooplankter Cafeteria burkhardae reaktiviert werden, wenn ihr Wirt auf ein Riesenvirus trifft. In ihrer Studie analysierten sie diesen Prozess bei der Infektion mit dem lytischen Riesenvirus CroV. Producer/Author Max-Planck-Institut für medizinische Forschung URL https://www.deutschesgesundheitsportal.de/2024/03/13/schutz-aus-unerwarteter-quelle/ Persons Thomas Hackl Title Researchers find some protists use beneficial viruses to fend off lytic viruses Degree of recognition International Media name/outlet Phys.org Media type Web Country/Territory United Kingdom Date 13/03/2024 Description Contrary to common belief, not all viruses are harmful to their hosts. Sometimes viruses can even protect their hosts from infection by other viruses. Scientists at the Max-Planck-Institute for Medical Research in Heidelberg and their collaborators have now demonstrated that this is the case for so-called endogenous virophages: small DNA viruses that are mostly found inserted into the genomes of single-cell eukaryotes—organisms whose cells have a membrane-bound nucleus. In addition, the scientists show that virophages are highly specific towards giant viruses, focusing on the CroV type in the present study.
In a new paper published in Proceedings of the National Academy of Sciences at the beginning of March, Anna Koslová, Matthias Fischer and colleagues from the Max-Planck-Institute for Medical Research and Thomas Hackl from the University of Groningen report that endogenous virophages in the marine zooplankter Cafeteria burkhardae are reactivated when their hosts encounter a giant virus. In their study, they analyzed reactivation towards the lytic giant virus CroV.Producer/Author MPI - Carola Ronellenfitsch URL https://phys.org/news/2024-03-protists-beneficial-viruses-fend-lytic.html Persons Thomas Hackl Title Researchers find some protists use beneficial viruses to fend off lytic viruses Degree of recognition International Media name/outlet Swift Telecast Media type Web Country/Territory United States Date 13/03/2024 Description Contrary to common belief, not all viruses are harmful to their hosts. Sometimes viruses can even protect their hosts from infection by other viruses. Scientists at the Max-Planck-Institute for Medical Research in Heidelberg and their collaborators have now demonstrated that this is the case for so-called endogenous virophages: small DNA viruses that are mostly found inserted into the genomes of single-cell eukaryotes—organisms whose cells have a membrane-bound nucleus. In addition, the scientists show that virophages are highly specific towards giant viruses, focusing on the CroV type in the present study. Producer/Author MPI for Medical Research URL https://swifttelecast.com/researchers-find-some-protists-use-beneficial-viruses-to-fend-off-lytic-viruses/ Persons Thomas Hackl Title Researchers find some protists use beneficial viruses to fend off lytic viruses Degree of recognition International Media name/outlet URALLNEWS Media type Web Date 13/03/2024 Description Contrary to common belief, not all viruses are harmful to their hosts. Sometimes viruses can even protect their hosts from infection by other viruses. Scientists at the Max-Planck-Institute for Medical Research in Heidelberg and their collaborators have now demonstrated that this is the case for so-called endogenous virophages: small DNA viruses that are mostly found inserted into the genomes of single-cell eukaryotes—organisms whose cells have a membrane-bound nucleus. In addition, the scientists show that virophages are highly specific towards giant viruses, focusing on the CroV type in the present study. URL https://urallnews.com/researchers-find-some-protists-use-beneficial-viruses-to-fend-off-lytic-viruses/ Persons Thomas Hackl Title Protection from an unexpected source Degree of recognition International Media name/outlet Informations Dienst Wissenschaft Media type Web Country/Territory Germany Date 13/03/2024 Description Contrary to common belief, not all viruses are harmful to their hosts. Sometimes viruses can even protect their hosts from infection by other viruses. Scientists at the Max-Planck-Institute for Medical Research in Heidelberg and their collaborators have now demonstrated that this is the case for so-called endogenous virophages: small DNA viruses that are mostly found inserted into the genomes of single-cell eukaryotes – organisms whose cells have a membrane-bound nucleus. Moreover, the scientists show that virophages are highly specific towards giant viruses, focusing on the CroV type in the present study.
In a new paper published in PNAS at the beginning of March, Anna Koslová, Matthias Fischer and colleagues from the Max-Planck-Institute for Medical Research and Thomas Hackl from the University of Groningen report that endogenous virophages in the marine zooplankter Cafeteria burkhardae are reactivated when their hosts encounter a giant virus. In their study, they analyzed reactivation towards the lytic giant virus CroV.Producer/Author MPI - Carola Ronellenfitsch URL https://idw-online.de/de/news830216 Persons Thomas Hackl